Parametric Design of Face Milling Cutter Based on UG Template Model

Ji, Sheng; Liu, Xian Li; Lin, Dian; Ding, Yunpeng; Wu, Ja‐Ling

doi:10.4028/www.scientific.net/amr.188.336

Cited by 5 publications

(3 citation statements)

References 1 publication

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“…Starting from materials science, the macroscopic physical properties of the component materials of the high speed milling cutter are determined by its own atoms or molecules. The performance of the cutter can vary significantly depending on the properties of materials [18]. Therefore, the properties of the cutter components are very important for the cutting performance of the cutter.…”

Section: Methodology Objective and Scope Of The Researchmentioning

confidence: 99%

Judging Method of Tooth Damage Behavior of the High Speed Milling Cutter

2018

SV-JME

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In the actual processing of the high speed milling cutter, due to the local damage of milling cutter components, the security and the decline in service life of the milling cutter generally exist, which seriously restricts its technical advantages of high-efficiency and high-precision processing. The tooth damage of the milling cutter is fuzzy and uncertain, which brings obstacles to the improvement of security stability and working efficiency of the milling cutter. The high speed milling cutter is subjected to high centrifugal force and cutting load during the milling process, resulting in damage to the milling components. Based on the material mechanical properties of milling cutter components and the impact experiment under a high strain rate, the damage types and formation mechanism of the milling cutter are analyzed, and the milling cutter damage model is established. The damage equivalent weight is adopted to quantitatively evaluate the damage degree of milling cutter teeth. Finite element simulation is used to find the vulnerable part of the milling cutter in high speed milling. Then the evolution process of milling cutter damage is analyzed, and the recognition and judgment method of milling cutter damage behavior is put forward, and lastly, this judgment method concerning the milling cutter damage is verified through experiment. Keywords: high speed milling cutter, component material, strain rate, damage model Highlights • Damage types and indexes were identified for the high speed milling cutter. • A model that can calculate milling cutter damage under the centrifugal force, the dynamic cutting force and the pre-tightening force was established. • The initial and the critical damage values were obtained by the cutting simulation and the high speed milling test. • Damage behavior features of the milling cutter components materials were analyzed. • A recognition and judgment method of milling cutter damage behavior was put forward.

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Section: Methodology Objective and Scope Of The Researchmentioning

confidence: 99%

Judging Method of Tooth Damage Behavior of the High Speed Milling Cutter

2018

SV-JME

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“…The so-called parametric design is that the structure of the product was determined in the design, and it needs structure parameters according to the specific conditions and specific parameters which determine some form of products structure, thus designed different specifications of the products. Its essence is to produce the new products by changing the size of the product that has a unified structure and to parametric CAD design using computer, the new product model is generated accurately and automatically just input several key parameters of mechanical parts on the computer [4,5].…”

Section: The Relevant Methods Of Template Designmentioning

confidence: 99%

Design of Valve Parametric Variant Template Based on NX

Jiao

2014

AMM

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The valve is an important control unit in all kinds of fluid conveying system, which has formed a series product. The design of the valve product follows the characteristic process, and there is a strong correlation between its components. Using knowledge engineering related theory and method, through mining and presentation about the field design knowledge and structure knowledge of the pressure valve, implements the pressure valve parametric variant design templates by using the top-down design and parametric design technology on the NX platform. It can greatly improve the design efficiency and quality through the rapid variant design of series of the valve with the template.

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“…It is usually made by corrugated board, honeycomb or other paper materials, and formed by ways of folding, plugging or bonding. [1] The paper props itself is not affiliated with some kind of products such as Cartons, boxes, but a kind of complete industrial product. It can be made into furniture, shelves, display racks, display racks, display cases, standees, promotion stand, promotion table, vertical card, insert card, listing, image display cabinet and many other kinds of paper props.…”

Section: Introductionmentioning

confidence: 99%

User-Oriented Parametric Product Design and Study on Paper Props

Ding

2011

AMR

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Along with the low carbon environmental protection concepts’ widely spread, the market of derivative paper, such as corrugated props, is gradually causing the focus of the society. The method of system design and advanced tools mean that the use of paper props can be promoted. Combining the design experience of related fields, this paper focuses on standardized method in designing paper props and studying of parametric design based on the software of Box-Vellum.

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Parametric Design of Face Milling Cutter Based on UG Template Model

Cited by 5 publications

References 1 publication

Judging Method of Tooth Damage Behavior of the High Speed Milling Cutter

Judging Method of Tooth Damage Behavior of the High Speed Milling Cutter

Design of Valve Parametric Variant Template Based on NX

User-Oriented Parametric Product Design and Study on Paper Props

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